Cryo Diffusion – page № 3

Cryogenic storage CF-230 MDS with a wide neck and capacity of 289 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in "dry" phase of liquid nitrogen at a temperature below -180°C.

Cryogenic storage CF-320 M with a wide neck and capacity of 370 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen vapors at a temperature below -196°C.

Cryogenic storage CF-320 Gas with a wide neck and capacity of 370 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen vapors at a temperature below -150°C.

Cryogenic storage CF-320 MDS with a wide neck and capacity of 370 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in "dry" phase of liquid nitrogen at a temperature below -180°C.

Cryogenic storage CF-350 M with a wide neck and capacity of 444 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen vapors at a temperature below -196°C.

Cryogenic storage CF-350 Gaswith a wide neck and capacity of 444 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen vapors at a temperature below -150°C.

Cryogenic storage CF-350 MDS with a wide neck and capacity of 444 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen vapors at a temperature below -180°C.

Cryogenic storage CF-400 M with a wide neck and capacity of 400 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen vapors at a temperature below -196°C.

Cryogenic storage CF-400 Gas with a wide neck and capacity of 400 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen vapors at a temperature below -150°C.

Cryogenic storage CF-400 MDS with a wide neck and capacity of 400 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen vapors at a temperature below -180°C.

Cryogenic storage SD-600 M from stainless steel with a narrow neck and a capacity of 716 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen at temperatures below -196°C.

Cryogenic storage SD-600 Gas from stainless steel with a narrow neck and a capacity of 716 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen vapors at temperatures below -150°C.

Cryogenic storage SD-600 MDS from stainless steel with a narrow neck and a capacity of 716 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in "dry" phase of liquid nitrogen at temperatures below -180°C.

Cryogenic storage SD-1000 M from stainless steel with a narrow neck and a capacity of 928 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen at temperatures below -196°C.

Cryogenic storage SD-1000 Gas from stainless steel with a narrow neck and a capacity of 928 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen vapors at temperatures below -150°C.

Cryogenic storage SD-1000 MDS from stainless steel with a narrow neck and a capacity of 928 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in "dry" phase of liquid nitrogen at temperatures below -180°C.

Cryogenic storage SD-1200 M from stainless steel with a narrow neck and a capacity of 1127 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen at temperatures below -196°C.

Cryogenic storage SD-1200 Gas from stainless steel with a narrow neck and a capacity of 1127 liters is designed for long-term storage of biomaterials in cryostraws, cryotubes or cryopacks in liquid nitrogen vapors at temperatures below -150°C.